From 2D Map to 3D Scene
Direct transition from the work area on the satellite map to its corresponding 3D scene.
THE OPERATIONAL 3D ERA
OdakTwinBring the Digital Twin Into Your Operations
3D data display is over, this is not 3D for presentation. Operational 3D begins: manage your processes in three dimensions.
OverviewExplore
How OdakTwin Works
2D-3D integration, 3D information queries, measurement tools, data linking and big data performance operate within a single structure.
Overview
Manage Your Processes in Three Dimensions with OdakTwin
OdakTwin is a 3D GIS platform that works in connection with 2D map data and brings the Digital Twin into your operations through object information queries, measurement and big data management.
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OdakTwin
3B
operational 3D and digital twin infrastructure
OdakTwin delivers 2D-integrated 3D scene transitions, object information queries in the 3D scene, metadata and plan information display, core 3D measurement tools, and layer-based big data management within a single structure.
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Highlights
2D-3D Integration
Selections on the map appear in the 3D scene, and selections in the 3D scene are instantly shown on the 2D map.
The system detects the 3D data within the map's visible area using bounding-box/extent information and routes the user directly to the relevant 3D model.
2D72%
3D84%
Information Query
Click objects to instantly reach parcel, building, numbering, plan and metadata information.
3D building models are linked to parcel, building, MAKS/numbering (the national address system) and other institutional data, making them queryable.
0178%
0288%
Big Data
Manage CityGML, 3D Tiles and LiDAR point cloud data with high performance using layer logic.
Large 3D data is presented through layer logic and made queryable according to institutional needs.
0184%
0292%
Capabilities
OdakTwin Capabilities,
Managed End to End
- 01.2D-3D Model TransitionA transition is made to a 3D scene that works in integration with the 2D map. Selections on the map appear in the 3D scene, and selections in the 3D scene are instantly shown on the 2D map.
- 02.Object Information Query in the 3D SceneBy clicking objects in the 3D scene, parcel, building, numbering and related institutional data are accessed instantly.
- 03.Metadata and Plan Information DisplayMetadata and plan information for the selected 3D object are displayed within the scene.
- 04.3D Measurement ToolsMeasurements such as length, area and height are performed quickly and precisely in the 3D environment.
- 05.Data Linking3D building models are strongly linked to parcel, building, MAKS/numbering and other institutional data.
- 06.Big Data PerformanceCityGML, 3D Tiles and LiDAR point cloud data are managed with high performance using layer logic and made queryable according to institutional needs.
Core Competencies
Capabilities that support OdakTwin operations
A 3D GIS platform that works in connection with 2D map data and brings the Digital Twin into your operations through object information queries, measurement and big data management.
Go to Overview2D-3D Model Transition
A transition is made to a 3D scene that works in integration with the 2D map. Selections on the map appear in the 3D scene, and selections in the 3D scene are instantly shown on the 2D map.
Object Information Query in the 3D Scene
By clicking objects in the 3D scene, parcel, building, numbering and related institutional data are accessed instantly.
Metadata and Plan Information Display
Metadata and plan information for the selected 3D object are displayed within the scene.
3D Measurement Tools
Measurements such as length, area and height are performed quickly and precisely in the 3D environment.
Data Linking
3D building models are strongly linked to parcel, building, MAKS/numbering and other institutional data.
Big Data Performance
CityGML, 3D Tiles and LiDAR point cloud data are managed with high performance using layer logic and made queryable.
Capability Cards
Everything Operational 3D Requires,
in a Single Platform
The main capabilities of OdakTwin are organized as institutional summary cards.
2D-3D Integration
2D-3D Model Transition
A transition is made to a 3D scene that works in integration with the 2D map. Selections on the map appear in the 3D scene, and selections in the 3D scene are instantly shown on the 2D map. The system detects the 3D data within the map's visible area using bounding-box/extent information and routes the user directly to the relevant 3D model.
Information Query
Object Information Query in the 3D Scene
By clicking objects in the 3D scene, parcel, building, numbering and related institutional data are accessed instantly.
Metadata
Metadata and Plan Information Display
Metadata and plan information for the selected 3D object are displayed within the scene.
Measurement
3D Measurement Tools
Measurements such as length, area and height are performed quickly and precisely in the 3D environment.
Data Linking
Data Linking
3D building models are strongly linked to parcel, building, MAKS/numbering and other institutional data.
Big Data
Big Data Performance
CityGML, 3D Tiles and LiDAR point cloud data are managed with high performance using layer logic and made queryable according to institutional needs.
Resources
OdakTwin Resources
Explore the operational 3D capabilities of OdakTwin through the product presentation and introduction video.
PDF Presentation
OdakTwin Product Presentation
An institutional product presentation covering operational 3D, digital twin and big data capabilities.
Open PresentationIntroduction Video
OdakTwin Introduction Video
A hands-on demonstration of 2D-3D transition, object query and 3D measurement capabilities.
Watch VideoScreenshots
Views from the OdakTwin Interface
Selected screens from OdakTwin's core 3D workflows, analysis tools, and scene-editing capabilities.
Core 3D Capabilities
2D-3D transition, measurement, LiDAR, metadata, and city-scale model management.
3D Area and Height Measurement
Combined display of point, distance, and surface-area measurements on a building facade.
Measurement on a LiDAR Point Cloud
Field verification of coordinates, lengths, and areas directly on point-cloud data.
Large-Area LiDAR Visualization
Large-scale inspection of terrain, road networks, and environmental details as a point cloud.
3D Object and Metadata Query
View floor, height, class, identifier, and raw metadata for the selected building.
City-Scale 3D Building Models
High-performance presentation of numerous building models over the map base.
3D Model and Map Integration
Spatial alignment of the urban 3D inventory with road and neighborhood data.
3D Analysis Tools
Shadow, night mode, wind, environmental analysis, statistics, and data-driven coloring.
3D Analyses Menu
Access shadow, night mode, wind, environmental analysis, statistics, and coloring tools from one panel.
Shadow Analysis
Examine shadows cast by buildings using date, time, and shadow-density controls.
Night Mode
Evaluate the urban 3D scene in a nighttime view under low-light conditions.
Wind Analysis — Live Data
Display wind direction, speed, and flow density from a live meteorological source in the 3D scene.
Wind Analysis — Manual Mode
Let users define wind direction, speed, flow density, and visibility values.
Environmental Analysis and Rain
Simulate rain intensity and effect visibility in the 3D scene using live meteorological information.
3D Building Statistics
Present building count, average floors, independent units, and object types as summary statistics.
Data-Driven 3D Coloring
Apply thematic colors to buildings according to floor count, height, object type, or other data fields.
Scene Editing and Visibility
Texturing, street furniture, panoramic imagery, and areal visibility workflows.
Building Surface and Texture Selection
Select a roof, facade, window, or door surface and assign a material from the texture library.
Texture Application Result
View the selected roof texture on the 3D building model in real time.
Bulk Texturing for Multiple Buildings
Select multiple buildings by area and apply a shared texture to them in bulk.
Street Furniture
Place trees and other street-furniture objects from the model library at the desired 3D map location.
360° Panoramic Imagery
Select a dataset and capture route to inspect panoramic imagery alongside its map location.
Visibility Analysis Parameters
Prepare the analysis area by defining the observation point, eye height, radius, and field of view.
Visibility Analysis Result
Distinguish visible and non-visible areas on the 3D map using green and red overlays.
FAQ
Frequently Asked Questions
Shadow, wind, environmental analysis, statistics, coloring, and visibility tools can be accessed from the 3D Analyses menu on the 3D map.
Select a date and time under 3D Analyses / Shadow Analysis to display the shadows cast by buildings on the map.
Use 3D Analyses / Night Mode to display the map scene in a nighttime view.
Wind direction and speed can be visualized on the 3D map under 3D Analyses / Wind Analysis.
Manual mode in Wind Analysis lets users define the wind direction, speed, and visualization values.
Meteorological information can be viewed under 3D Analyses / Environmental Analysis, and environmental effects such as rain can be displayed in the 3D scene.
The 3D Analyses / Statistics screen provides summaries including the number of buildings, floor information, number of independent units, and object types.
Under 3D Analyses / 3D Coloring, buildings can be colored according to data fields such as floor count, height, and object type.
Use the Add Texture tool to select a roof, facade, window, or door surface and apply the desired texture to the 3D building.
Use area selection on the Add Texture screen to select multiple buildings and apply textures in bulk.
Choose objects from the model library in the Street Furniture tool and place them at the desired location on the 3D map.
Select a dataset and capture route in the Panoramic Imagery tool to examine 360-degree panoramic images.
Set an observation point and analysis parameters under 3D Analyses / Visibility Analysis to calculate visibility over the terrain model.
When the analysis is complete, visible and non-visible areas are shown in different colors on the 3D map.
Tools on the 2D map that support 3D use can also be accessed from the 3D map interface and used within the same workflow.
THE OPERATIONAL 3D ERA
Bring the Digital Twin into your operations
Manage 2D and 3D data in a single structure with OdakTwin and run your processes in three dimensions.
2D-3D IntegrationDigital TwinBig Data Performance